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    Author(s): Patrick T. Moore; R. Justin DeRose; James N. Long; Helga van Miegroet
    Date: 2012
    Source: Forests. 3: 300-316.
    Publication Series: Scientific Journal (JRNL)
    Station: Rocky Mountain Research Station
    PDF: View PDF  (321.57 KB)

    Description

    Enhancement of forest growth through silvicultural modification of stand density is one strategy for increasing carbon (C) sequestration. Using the Fire and Fuels Extension of the Forest Vegetation Simulator, the effects of even-aged, uneven-aged and no-action management scenarios on C sequestration in a southern Appalachian red spruce-Fraser fir forest were modeled. We explicitly considered C stored in standing forest stocks and the fate of forest products derived from harvesting. Over a 100-year simulation period the even-aged scenario (250 Mg C ha-1) outperformed the no-action scenario (241 Mg C ha-1) in total carbon (TC) sequestered. The uneven-aged scenario approached 220 Mg C ha-1, but did not outperform the no-action scenario within the simulation period. While the average annual change in C (AAC) of the no-action scenario approached zero, or carbon neutral, during the simulation, both the even-aged and uneven-aged scenarios surpassed the no-action by year 30 and maintained positive AAC throughout the 100-year simulation. This study demonstrates that silvicultural treatment of forest stands can increase potential C storage, but that careful consideration of: (1) accounting method (i.e., TC versus AAC); (2) fate of harvested products and; (3) length of the planning horizon (e.g., 100 years) will strongly influence the evaluation of C sequestration.

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    Citation

    Moore, Patrick T.; DeRose, R. Justin; Long, James N.; van Miegroet, Helga. 2012. Using silviculture to influence carbon sequestration in southern Appalachian spruce-fir forests. Forests. 3: 300-316.

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    Keywords

    additionality, carbon sequestration, fire and fuels extension, forest carbon accounting, Forest Vegetation Simulator, silviculture, spruce-fir

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